We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for BIM software.
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BIM software Product List and Ranking from 6 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

BIM software Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. トリンブル・ソリューションズ Tokyo//software
  2. SB C&S Tokyo//IT/Telecommunications
  3. アプライド Fukuoka//Trading company/Wholesale
  4. 4 図研アルファテック Kanagawa//CAD/CAM
  5. 5 グラフィソフトジャパン Tokyo//software
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BIM software Product ranking

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. On-site poured concrete BIM software Tekla Structures トリンブル・ソリューションズ
  2. [BIM Software Implementation Case Study] Lamprell Company (Marine Structures) トリンブル・ソリューションズ
  3. BIM Software [Revit] User Case Vol. 9 SB C&S
  4. BIM software [Revit] world standard tool SB C&S
  5. 4 Recommended models for the BIM software "ARCHICAD" アプライド

BIM software Product List

46～60 item / All 82 items

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With a level of consistency that cannot be achieved with 2DCAD, the document creation speed has increased by 1.5 times.

With a level of consistency that cannot be achieved with 2DCAD, the document creation speed has increased by 1.5 times.

Introducing a case study on the implementation of architectural BIM "Archicad" at Sato Architectural Structural Design Office, LLC. We are currently offering a collection of case studies on the adoption of architectural BIM!

We would like to introduce a case study on the implementation of architectural BIM "Archicad" at Sato Architectural Structural Design Office, LLC. In traditional structural design, multiple drawings such as floor plans, framing plans, and detail drawings were interrelated, requiring the manipulation of separate files for each. By introducing BIM, any corrections made in one place are generally reflected in all drawings, eliminating discrepancies and ensuring consistency. 【Case Overview】 ■ Before Implementation - There were cases where consistency was lacking, and mistakes were likely to occur during the revision process. ■ After Implementation - The preparation of documents for building permit applications became about 1.5 times faster, reducing the workload and providing a sense of improved efficiency and labor-saving. *For more details, please download the PDF or feel free to contact us.

  • Other CAD related software

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Utilizing architectural BIM across departments between the design office and the estimation section.

Utilizing architectural BIM across departments between the design office and the estimation section.

Introducing a case study on the implementation of architectural BIM "Archicad" at Mabuchi Construction Co., Ltd. A collection of numerous case studies on the introduction of architectural BIM is currently being offered.

We would like to introduce a case study on the implementation of architectural BIM "Archicad" at Mabuchi Construction Co., Ltd. Until now, as long as there were no significant losses and the project was completed within the schedule, the on-site matters were left to the site engineers, and there was no verification of whether that was the best approach. However, by using BIM, it becomes possible to hand over conditions that are as close to optimal as possible to the site. 【Initiatives of the Design Department】 ■ Consideration of the benefits of creating design and structural models in a single file - To enhance the value of BIM, we presented the outcomes of BIM at an in-house technical presentation. - As BIM technology improved, the content of the presentations also became more advanced, and it gradually became recognized that we could create drawings and calculate quantities. - By inputting structural slits, which were previously represented only by symbols, as models, we can calculate quantities during the estimation phase. *For more details, please download the PDF or feel free to contact us.

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Precast BIM Software Tekla Structures

Precast BIM Software Tekla Structures

Structural BIM software 'Tekla Structures' achieves productivity improvement and cost reduction through detailed structural calculations.

"Tekla Structures" allows for the construction of 3D models of precast concrete structures and enables the management of various information related to manufacturing and construction on a BIM model. By creating 3D models of concrete and rebar components, it can be utilized from basic design to structural calculations, detailed design, site construction, and management, achieving improvements in productivity and cost reduction. In the 3D model, it is possible to check in advance the intersections between rebars, the interference between rebars and steel frames, and the interference with equipment, thereby eliminating issues on site. The placement, joints, and anchoring of rebars can be automatically generated simply by specifying the parameters of the provided components, allowing for accurate tracking of material quantities. From the model, necessary drawings and documentation for manufacturing and construction, such as axis diagrams, rebar detail drawings, and rebar processing drawings, are automatically generated, enabling quick responses to design changes and avoiding inconsistencies between design information and manufacturing drawings. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special site below ⇩

  • 3D CAD
  • 2D CAD Construction
  • antenna

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[BIM Software Implementation Case Study] Stadium Renovation Project

[BIM Software Implementation Case Study] Stadium Renovation Project

Transmitting vertical loads to two linked pendulums! Introducing a case where circulation within the stadium has improved!

We would like to introduce a case study on the introduction of BIM software for the Santiago Bernabéu Stadium renovation project. The new fixed roof, which uses over 9,000 tons of steel, consists of two trusses spanning 177 meters in length and four cross trusses measuring 144 meters in length. This roof is retractable and splits into two panels that slide over the inner cross trusses. The panels are made up of five air-inflatable cushions measuring 72×7 meters, positioned between six steel hybrid trusses with a span of 72.5 meters. Additionally, during the assembly process, the main truss, which served as a guide for the other trusses, transmits vertical loads to two new evacuation towers on the west side and two linked pendulums integrated into the building on the east side, while completely isolating horizontal loads from the existing structure. The redevelopment of the stadium also includes the installation of a video scoreboard. *For more details, please refer to the PDF materials or feel free to contact us. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special site below ⇩

  • 3D CAD

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[BIM Software Implementation Case Study] Offshore Platform

[BIM Software Implementation Case Study] Offshore Platform

We will introduce a case where the use of advanced tools successfully achieved an efficient design process!

The "Azeri Central East (ACE) Project" has become the second largest and most important project for AZFEN. By utilizing advanced tools of Tekla software, such as custom components (streamlining customizable modeling features), templates, and macros, the project has successfully achieved an efficient design process. The project focuses on the production and drilling at the new 48-slot site, as well as a distribution platform located at a depth of 140 meters between the existing Central Azeri and East Azeri platforms. Additionally, the project includes an infield pipeline that transports oil and gas from the ACE platform to the existing ACE Phase 2 transportation pipeline. *For more details, please refer to the PDF materials or feel free to contact us. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special website below ⇩

  • 3D CAD

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[BIM Software Implementation Case] AFAS Stadium

[BIM Software Implementation Case] AFAS Stadium

An example of minimizing miscommunication and work-related errors!

In August 2019, part of the roof of the Morenaar Stand at AFAS Stadium collapsed due to strong winds. Fortunately, there were no matches taking place, and no injuries were reported, but the damage was significant. There was a design flaw in the structural joints, with insufficient thickness in the welds, and damage from strong winds experienced in the past contributed to the collapse. At the end of 2019, ASK Romein was selected for the design and structural engineering, and they began collaborating with BAM Bouw en Techniek. BIM was maximally utilized throughout the engineering process, enabling clear communication among project stakeholders and seamless interaction between different software. Since there are many points of contact between the existing structure and the new structure, point cloud data measured with a 3D scanner is being used in the engineering and assembly processes. *For more details, please refer to the PDF materials or feel free to contact us. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special website below ⇩

  • 3D CAD
  • antenna
  • 2D CAD Construction

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[BIM Software Implementation Case Study] Boat Landing

[BIM Software Implementation Case Study] Boat Landing

Boat landing of AME-2 and AWG-1! Effective design collaboration has been achieved!

Pinnacle has been appointed as the structural engineering consultant to support the development and structural engineering of safe and reliable boat landings (docks) off the coast of the Netherlands. The main engineering challenge was to install the boat landing on the existing jacket between the sea surface and the platform's "spider deck." The company evaluated the design, as well as wind, wave, tide, and impact conditions, and then analyzed the structure of the boat landing to carry out detailed design using "Tekla Structures." By involving the steel fabricator, vessel operators, and installation and rope access contractors from the structural design and detailed design stages, reliable work was carried out in the manner recommended by the main clamp and frame installation contractors. The cost efficiency was very high, and despite the challenging conditions, there were no accidents, and no modifications were needed on-site. *For more details, please refer to the PDF materials or feel free to contact us. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special site below ⇩

  • 3D CAD
  • antenna
  • 2D CAD Construction

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[BIM Software Implementation Case] Pepper Tree Quarry

[BIM Software Implementation Case] Pepper Tree Quarry

Conducted 3D laser scanning and integrated it as a point cloud on the reconstructed Tekla model!

In 2013, Sandvik received a project from their client Boral for a quarry located in Pepper Tree. The factory, located in Sydney, Australia, is equipped with six crushers, nine screening machines (vibrating screens), a conveyor belt approximately 3.4 km long, and a fully automated loading system. This project was one of the more complex ones undertaken by the company. The main challenge was integrating the complex new equipment into the existing factory, which had not been designed for it, and not all existing blueprints were available. By importing from other applications, utilizing past Tekla models, and performing rough modeling of the remaining parts, a complete three-dimensional model of the factory was reconstructed in "Tekla Structure" using the existing model and drawing information. Scanning the existing factory with Trimble's 3D laser scanner made it possible to compare the model with the actual factory, serving as the foundation for the design of the new equipment. *For more details, please feel free to contact us. ⇩ The catalog can be downloaded from the special website below ⇩

  • 3D CAD
  • antenna
  • 2D CAD Construction

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[BIM Software Implementation Case Study] Steel Structural Design of Waste Heat Recovery Boiler

[BIM Software Implementation Case Study] Steel Structural Design of Waste Heat Recovery Boiler

The top part has an external platform with access to the chimney platform!

In the project for the steel structure design of the boiler building and the work and inspection platform for the waste heat recovery boiler implemented in Kazinbarcika, Hungary, we have carried out the basic design, detailed design, and creation of documentation for the structure. We undertook the basic design of the boiler building, detailed design including the outer walls, external stairs, and joints of the platform, as well as the creation of documentation for manufacturing. The main platform is equipped with grating, and there are stairs and ladders installed between each platform for movement routes. The entire structure is painted, with only the grating and stair steps galvanized, and the weight of the steel frame is 150 tons. *For more details, please refer to the PDF materials or feel free to contact us. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special site below ⇩

  • 3D CAD
  • antenna
  • 2D CAD Construction

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[BIM Software Implementation Case Study] Bjelgste Office Building

[BIM Software Implementation Case Study] Bjelgste Office Building

We combine traditional building materials like wood with modern design and manufacturing techniques!

"Birgstad Financial Park" was constructed as an office building for SpareBank 1 in Stavanger, Norway. The above-ground structure uses wood (a natural, renewable, and locally sourced material) as the primary load-bearing element. The floors are made of cross-laminated timber panels, supported by laminated beams and columns. The main wooden components are designed with strength in mind, and through high-precision processing, most of the wood can be directly joined without the use of metal fasteners, thereby shortening the construction process. Thanks to the advanced modeling technology of "Tekla Structures," the beams not only achieve aesthetic beauty but also meet practical requirements. *For more details, please refer to the PDF document or feel free to contact us. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special website below ⇩

  • 3D CAD
  • antenna
  • 2D CAD Construction

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[BIM Software Implementation Case Study] Transformation of North Sea Oil Field Platform Construction

[BIM Software Implementation Case Study] Transformation of North Sea Oil Field Platform Construction

Efficient design and manufacturing automation! Achieving advanced automation in the design and manufacturing processes!

The two platforms of the Johan Sverdrup oil field are designed and manufactured by the Norwegian company Aibel. Currently, the company's massive project is transitioning from a shipyard in the tropical region of Thailand to the rough seas of the North Sea. This project faced challenges such as compliance with standard requirements in the oil and gas industry and the integration of Tekla software with existing solutions. To address these challenges, experts in three-dimensional design using Tekla software collaborated to successfully semi-automate the drawing creation process with Tekla. They generated accurate information in a data format suitable for collaboration with machine tools, achieving up to 95% efficiency in the company's production labor and quality. *For more details, please refer to the PDF materials or feel free to contact us. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special website below ⇩

  • 3D CAD
  • antenna
  • 2D CAD Construction

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[BIM Software Implementation Case] Concentrated Solar Power Plant

[BIM Software Implementation Case] Concentrated Solar Power Plant

The main steel structure consists of 16 columns! It is supported by three main platforms!

SteelPro 4 s.r.o. undertook the basic design, general layout creation, and modeling of all connections for a steel structure 3D model of a solar receiver (MSR) with a total weight of approximately 900 tons and a height of 36 meters. The main steel structure will be completed, including secondary structures such as platforms, various walkways, and supports for equipment. Appropriate solutions were required to resolve technical space requirements and interference with the structure. A significant reason for the success of this project was the sharing of the 3D model among members of different professions, which not only allowed for progress tracking but also enabled close collaboration among stakeholders. Additionally, the structure was divided into production units in line with the delivery schedule, and the 3D model was provided to steel trading companies and steel fabricators. This made it possible to create drawings both at the manufacturing plant and on-site. *For more details, please refer to the PDF materials or feel free to contact us. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special site below ⇩

  • 3D CAD
  • antenna
  • 2D CAD Construction

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[BIM Software Implementation Case Study] New National Football Stadium in Slovakia

[BIM Software Implementation Case Study] New National Football Stadium in Slovakia

The stability of the roof structure of the entire stand is ensured by braces arranged in a truss pattern!

The new national soccer stadium, "Tehelné Pole Stadium," is a project with the largest investment level in the modernization of Slovakia's soccer stadiums to date. The new stadium is being built on the site of the old Tehelné Pole Stadium, maintaining the surrounding environment. The stands feature a cantilever roof made of membrane structure, a cutting-edge technique, which covers the entire stand to provide shade and protect against inclement weather. This cantilever roof is composed of a truss structure, with individual components supported by reinforced concrete foundations. The construction of this new stadium has become a unique and highly challenging project in terms of its distinctive shape and structural complexity. *For more details, please refer to the PDF materials or feel free to contact us. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special website below ⇩

  • 3D CAD
  • Modeler
  • 2D CAD Construction

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[BIM Software Implementation Case] HelsinkiGramofoni

[BIM Software Implementation Case] HelsinkiGramofoni

Eliminate mistakes and unnecessary waste! You can easily visualize usable locations in a spot!

Helsinki Gramofoni is a residential building made of precast concrete structures, supported by a footing foundation on a 5/6-story ground. The construction company Skanska has begun to realize that models from a different design sector are very useful. For example, "Tekla Structures" was used for site management and schedule management. "The company was seeking reliable construction management and effective schedule management, as well as a way to eliminate inconsistencies and mistakes from design. Building Information Modeling provides undeniable benefits in this regard," said the company's development director. *For more details, please refer to the PDF materials or feel free to contact us. (If the PDF button is not displayed) ⇩The catalog can be downloaded from the special site below⇩

  • 3D CAD
  • 2D CAD Construction
  • Modeler

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[BIM Software Implementation Case Study] Stadium (Sochi, Russia)

[BIM Software Implementation Case Study] Stadium (Sochi, Russia)

We would like to introduce a case where a massive curved roof structure was realized using Tekla!

Inspired by the Easter egg of a Russian jeweler, the stadium designed features integrated walls and a roof that shine in the sunlight, attracting attention as a beautiful stage. The stadium is a steel structure with a gently curved, massive shape, requiring advanced technology for calculations of beam nodes and dimensions of joints with the basic structure. Additionally, during the modeling process, Mostproekt discovered that the size of the joint components posed transportation issues and conducted simulations on the Tekla model to create alternatives. As a result, by manufacturing products that consider shipping conditions, potential troubles were prevented. "Tekla Structures" played a significant role in solving such issues. *For more details, please refer to the PDF materials or feel free to contact us. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special site below ⇩

  • 3D CAD
  • 2D CAD Construction
  • Modeler

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